At Concordia, I built a sensor to detect a key molecule in opiate biosynthesis, miniaturized this sensor, and developed a fabrication method to integrate it with high throughput screening hardware.

Teaching Assistant in the Biology Department at Concordia.

At Driftwood, I gathered metabolomics data from the company's core product line, identified a problem at the molecular level, and collaborated with local academic institutions as well as biotechnology companies to solve it at the hectoliter fermentation scale. I also contributed to the company's sustainability goals by reducing the water usage of their distillation process.- fermentation process optimization- implemented metabolomics data driven decision making to product development… Show more At Driftwood, I gathered metabolomics data from the company's core product line, identified a problem at the molecular level, and collaborated with local academic institutions as well as biotechnology companies to solve it at the hectoliter fermentation scale. I also contributed to the company's sustainability goals by reducing the water usage of their distillation process.- fermentation process optimization- implemented metabolomics data driven decision making to product development - data management- designed & implemented microbiology informed quality control system- reduced water use in Distilled Spirits by 20% Show less

developing solutions to brewing industry problems using metabolic engineering.

Setting up laboratory infrastructure for novel assays, performing assays, designing & performing experiments to improve quality control pipeline at Nammex. Analyzing data from contract labs, creating certificates of analysis. Discussion with regulatory bodies.

I built a database of geology samples that was used to inform prospective mining decisions